This live online training course is offered by a collaboration of Minnesota State colleges.
This 6-week course is designed to give students the fundamental knowledge of how CNC Lathes and Milling Machines work. Each two-hour class session will have a mixed media format, combining lecture presentation with professionally made YouTube videos and machine brochures from various machine tool manufacturers.
Topics include the multi-plane Coordinate Systems, overview of standard CNC programming commands, machine maintenance, similarities and differences between machine models, work holding and cutting tools, and some details on machine setup activities. A short refresher on shop math (in particular, trigonometry) will also be covered, as this is essential for being a good machinist.
- Understand the capabilities and basic operating concepts of typical CNC milling machines and lathes, including multi-axis systems
- Identify the differences between single and multi-turret CNC lathes and understand how “live tooling” works
- Know the standard EIA command codes (G, M, T, S, D, other functions)
- Understand how a CNC machine is programmed
- Learn common canned cycles
- Read a CNC program and describe what the program is doing
About the Instructor:
Robert J. Bach is a licensed professional mechanical engineer in the state of Minnesota, a master journeyman toolmaker, and earned a Master of Science degree in Manufacturing Systems at St. Thomas. Bob currently serves as a clinical professor and program director for the School of Engineering at the University of St. Thomas and has been engaged in precision manufacturing for over 30 years.
At MN State, he teaches geometric dimensioning & tolerancing, CNC Machining Basics, and Medical Device Manufacturing & Process Validation courses via “Live Online” and has developed & instructed many customized training courses at Minnesota companies.
Prior to teaching full time, Bob was a senior manufacturing engineer for 10 years at St. Jude Medical, working on design-to-production transfer for heart valves and other cardiovascular devices. His expertise includes machine design, equipment validation, and process improvement using design of experiments (DOE) and statistical analysis. Before St. Jude, Bob worked many years as a tool process engineer and a tool & diemaker at Honeywell.